... of an eddy viscosity model is valid. Wake profile used in the eddy viscosity model Reynolds stress normalized to the inflow profile (U(z) [( 2 )]). Disk Ct = 0.86. boundary layer turbulence discs (structures) external flows flow measurement flow simulation hydraulic turbines marine...

... control harmonic oscillators Kalman filters machinery marine systems motion control ocean waves optimal control predictive control wave equations reactive control amplitude constraints wave prediction model-predictive control One of the early results of wave-energy research...

... , J. , 1998 , “ State-Space Modelling of Dynamic Systems in Ocean Engineering ,” J. Hydrodynam. 1001-6058 , B1 , pp. 1 – 17 . 03 03 2007 18 12 2007 11 12 2008 elasticity flexible structures marine systems time-domain analysis Hybrid frequency-time-domain...

... reliability jacket platform fatigue damage Monte Carlo simulation pushover analysis limit state functions risk based inspection failure analysis fatigue inspection loading marine systems Monte Carlo methods offshore installations reliability remaining life assessment steel 18 09...

... parameters are carried out to give main trends of colonization process. Predictive models of marine growth development and their statistical parameters are proposed for reassessment and engineering design. 19 01 2006 30 03 2006 marine systems offshore installations oil technology design...

... is highlighted because the methods of operating floating installations differ significantly from those of trading ships and flooding incidents are more frequent than major process accident scenarios. 10 01 2005 09 09 2005 offshore installations floods health hazards marine systems...

....” 18 10 2004 31 08 2005 soil vortices vibrations eigenvalues and eigenfunctions time-domain analysis perturbation theory offshore installations marine systems structural engineering riser dynamics eigenvalue eigenmodes WKB asymptotic methods soil interaction TDP VIV...

... generation renewable energy sources hydroelectric power water waves underwater equipment marine systems In this study, we shall use as an example a very simple point absorber device with a single degree of freedom. Namely, we will consider a submerged vertical cylinder constrained to move...

... in water particle kinematics, rigid body motion and mooring forces show nominal magnitudes when compared to the existing systems indicating the rigidness of the breakwater. 19 07 2004 27 05 2005 offshore installations marine systems structural engineering ocean waves floating...

... are relatively constant and can be applied to the both the sub- and superharmonic regions. 26 09 2004 24 03 2005 nonlinear systems nonlinear dynamical systems marine systems structural engineering damping sensitivity analysis identification In Part 1 ( 1 ) of this two-part study...

... of applications like simultaneous persistence of wind and wave conditions as well as seastate forecasting from statistics are given. 20 09 2004 ocean waves wind marine systems modelling engineering computing Joint probabilistic descriptions of the main environmental characteristics...

...; final revision, October 2002. Associate Editor: R. Riggs. 01 September 2001 01 October 2002 11 07 2003 stability compressive strength marine systems structural engineering Stability Analysis Risers Dynamic Compression Twisting Marine Structures Stability...

... structural engineering storms marine systems failure (mechanical) buckling ocean waves bending mechanical engineering The study reported in this paper was prompted by the failure of the Campbell monopod platform on Australia’s North West Shelf (NWS) during a severe tropical cyclone...

.... Considering inspection planning for process equipment and marine systems the inspection planning methodology has evolved not from the methodology of structural reliability but rather from the methodology of traditional QRA (Quantitative Risk Analysis). Still inspection planning of such systems...

... Editor: A. Naess. 01 July 2001 01 April 2002 16 04 2003 oil technology marine systems design engineering cost-benefit analysis failure (mechanical) load distribution storms structural engineering The efficient design of offshore hydrocarbon facilities is dependent...

... OF MECHANICAL ENGINEERS for publication in the ASME JOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING . Manuscript received by the ASME OOAE Division, June 2001; final revision, February 2002. Associate Editor: S. Calisal. 01 June 2001 01 February 2002 16 04 2003 marine systems...

... in the JOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING . Manuscript received July 2001; final revision, October 2001. Associate Editor: S. Liu. 01 July 2001 01 October 2001 16 04 2003 wind ocean waves load distribution flexible structures marine systems modelling...

... AND ARCTIC ENGINEERING . Manuscript received by the ASME OOAE Division, July 2001; final revision, December 2001. Associate Editor: C. Guedes Soapes. 01 July 2001 01 December 2001 22 10 2002 risk management Bayes methods marine systems failure analysis structural engineering...

... 01 October 2001 22 10 2002 marine systems engineering dynamic response optimal control control of specific variables ocean waves wind modelling Several problems have been encountered during drilling operations due to excessive top and bottom risers angle response levels...

... degradation marine systems concrete corrosion reliability Bayes methods probability parameter estimation The deterioration of both reinforced and prestressed concrete members in high-impact structures such as offshore and marine structures, bridges and high-rise towers is routinely monitored...